Objectifs :
present the goals and challenges, on theoretical and experimental sides, of the future projects in particle physics

Programme :
- 1h: Challenges in precision measurements and search for new physics at the High Luminosity-Large Hadron Collider:
With the unprecedented amount of data expected at the HL-LHC, better detectors are being designed and built, while theoretical calculations need higher order results to really benefit from the increased precision the experiments will deliver in measurements of Higgs boson properties, flavour physics and searches for new physics beyond the standard model.
- 1h: Goals and R&D for future colliders:
Scenarios beyond the HL-LHC are already being discussed. A Higgs factory is part of the European and American roadmaps, be it circular (FCC-ee, CEPC) or linear (ILC, CLIC). Even beyond, targetting higher collision energy (FCC-hh, muon collider) or revolutionary acceleration techniques (wakefield acceleration) is in the works.
- 1h: Goals and challenges of direct searches for dark matter:
Cosmological measurements point to the existence of dark matter. Characterising it in the lab is essential, but very challenging in a parameter space spanning 60 orders of magnitude in mass and 100 in cross sections. Ongoing and upcoming noble liquid experiments will be discussed, as well as new innovative projects to tackle this quest for 27% of the energy content of the universe.

Pré-requis :
This lecture is intended to students with a master in physics, not necessarily with a specialization in particle physics.

Equipe pédagogique :
Yann Coadou

Compétences acquises à l'issue de la formation :
This lecture aims at providing knowledge on particle physics at colliders, especially regarding the next generation of instruments, and regarding precision measurements and search for new physics

La formation participe à l'objectif suivant :conforter la culture scientifique des doctorants dans leur champ disciplinaire ou en interdisciplinaire